A carregar...
Publicação
Maxillary bone regeneration with personalized titanium mesh trays
| Nome: | Descrição: | Tamanho: | Formato: | |
|---|---|---|---|---|
| PPG_31006 | 301.66 KB | Adobe PDF |
Autores
Orientador(es)
Resumo(s)
O meu trabalho pretende comparar a efficacia das barreiras personalizadas em titanio com as barreiras convencionais e perceber as melhorias deste metodo. O objetivo é de perceber as vantagens das barreiras convencionais e suas limitações para as comparar com as novas barreiras produzidas com tecnologia CAD/CAM.
Este tema é muito importante porque a regeneração ossea nos maxilares é um tema complexo e que précisa ser ainda mais desenvolvido para ganhar em eficácia. Falta de osso pode trazer complicações não apenas esteticas, mas também na função mandibular, a qual precisa um equilibro perfeito.
A tecnologia CAD/CAM tem sofrido uma expansão grande e é importante tentar utilizar suas vantagens na confeção de dispositivos para auxiliar a regeneração ossea.
My essay intends to compare the efficiency between personalized titanium mesh trays and conventional ones and to understand the improvements between both. The main goal is to understand the perks of conventional membranes and how they should keep that way while trying to reduce the flaws. This subject is really important because guided bone regeneration in maxillary bones is a complicated theme that requires enhancements to gain in efficiency. Lack of bone is those regions can lead to complications in esthetics but also in functionality of the mandibula because it requires a perfect equilibrium. CAD/CAM technology is experiencing a big expansion and it was interesting to use its benefits towards producing pieces for guided bone regeneration.
My essay intends to compare the efficiency between personalized titanium mesh trays and conventional ones and to understand the improvements between both. The main goal is to understand the perks of conventional membranes and how they should keep that way while trying to reduce the flaws. This subject is really important because guided bone regeneration in maxillary bones is a complicated theme that requires enhancements to gain in efficiency. Lack of bone is those regions can lead to complications in esthetics but also in functionality of the mandibula because it requires a perfect equilibrium. CAD/CAM technology is experiencing a big expansion and it was interesting to use its benefits towards producing pieces for guided bone regeneration.
Descrição
Palavras-chave
Titanium Mesh CAD CAM Bone Regeneration Personalized Maxilar Mandibular